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Surface characteristics influence cellular growth on semiconductor material

semiconductors

Two lab technicians dressed in head-to-toe white protective suits work in a nanofabrication facility.

Jul 26, 2024

Pack power

New semiconductor center builds on more than 30 years of NC State research. 
Iridescent Silicon Microchip

Apr 25, 2024

CHIPS funding fuels two new initiatives backed by NC State

With nearly $50 million through the CHIPS and Science Act, our university will lead a regional innovation hub focused on wide bandgap semiconductors, called CLAWS, and also play a key role in the North Carolina Textile Innovation and Sustainability Engine, one of the first-ever NSF Regional Innovation Engines. 
red belltower at night

Oct 4, 2023

NC State to lead regional semiconductor innovation hub

NC State will use its engineering prowess to help shape domestic production of wide bandgap semiconductors. 
Gleb Yushin

Dec 20, 2022

MSE alum Gleb Yushin interviewed by Forbes magazine

Growing up in the USSR and Russia, Gleb Yushin only applied to one university in the United States: NC State University. 
Computerized model of spheres and bars connected to each other with burst of energy in the center of the framework.

Sep 2, 2022

Computational model could speed development of semiconductors useful in quantum applications

A computational model predicts how optical properties of semiconductor materials change when doped with other elements. 
Researchers in full coverage lab gear work on nanofabrication.

Aug 17, 2022

NC State and Purdue researchers receive funding for semiconductor center proposal

A proposed research center based at NC State and Purdue would help integrate new materials into the electronic industry, meeting a critical need in the United States for advanced, domestically produced semiconductor devices.    

Dec 11, 2014

Stacking two-dimensional materials may lower cost of semiconductor devices

A team of researchers led by NC State University has found that stacking materials that are only one atom thick can create semiconductor junctions that transfer charge efficiently, regardless of whether the crystalline structure of the materials is mismatched – lowering the manufacturing cost for a wide variety of semiconductor devices such as solar cells, lasers and LEDs. 

Mar 20, 2014

New technique makes LEDs brighter, more resilient

Researchers from North Carolina State University have developed a new processing technique that makes light emitting diodes (LEDs) brighter and more resilient by coating the semiconductor material gallium nitride (GaN) with a layer of phosphorus-derived acid. 

Mar 14, 2014

Surface characteristics influence cellular growth on semiconductor material

Changing the texture and surface characteristics of a semiconductor material at the nanoscale can influence the way that neural cells grow on the material.